What is the best approach to perform differencing for a time series data with seasonality and a shock event? What to do if you can't find the differencing (d)?
Find courses, tutorials, and lots of other methods of learning JMP.
view all learning resourcesWe would like to do response surface design for optimization of two formulation factors… we would like to consider compression force as well as it might have an effect, but could we not have it to be part of the design because it may be adjusted differently for different formulations… in that case could we treat compression force as covariate then, and how?Or what else we could do…?@Ben_BarrIngh
How can I reverse the Y scale in Graph Builder when using Shape files?Unfortunately, Graph Builder(
Size( 545, 458 ),
Summary Statistic( "Median" ),
Graph Spacing( 4 ),
Variables( Color( :"Y-Pos"n ), Shape( :Shape_Name ) ),
Elements( Map Shapes( ) ),
SendToReport(
Dispatch( {}, "", ScaleBox( 2 ), {Reversed Scale} )
)
)
doesN't have an effect - and with in the GUI the X Scale gets reverse...
Names Default To Here(1);
//Open Data Table: Recovery_Analysis:Plate Name.jmp
Recovery_Analysis:Plate Name = Open("MY FILEPATH");
//Split data table
Recovery_Analysis:Plate Name << Split(
Split By(:Chemistry),
Split(:Concentration),
Group(:Well Id),
Output Table("Untitled 17.jmp"),
Sort by Column Property
);
//Save data table: Recovery_Analysis:Plate Name.jmp
Recovery_Analysis:Plate Name
...
For example the following JSL
Does it finish adding scripts and then stop working?Thanks!dt = Open( "$SAMPLE_DATA/Big Class.jmp" );
Eval(
Parse(
"dt<<new script(\!"test\!",
dt<<Select Columns(ncol(dt));dt<<Move Selected Columns(after(Column(1)));
"
)
);
//??
New Column( "AA" );
How can I reverse the Y scale in Graph Builder when using Shape files?Unfortunately, Graph Builder(
Size( 545, 458 ),
Summary Statistic( "Median" ),
Graph Spacing( 4 ),
Variables( Color( :"Y-Pos"n ), Shape( :Shape_Name ) ),
Elements( Map Shapes( ) ),
SendToReport(
Dispatch( {}, "", ScaleBox( 2 ), {Reversed Scale} )
)
)
doesN't have an effect - and with in the GUI the X Scale gets reverse...
Names Default To Here(1);
//Open Data Table: Recovery_Analysis:Plate Name.jmp
Recovery_Analysis:Plate Name = Open("MY FILEPATH");
//Split data table
Recovery_Analysis:Plate Name << Split(
Split By(:Chemistry),
Split(:Concentration),
Group(:Well Id),
Output Table("Untitled 17.jmp"),
Sort by Column Property
);
//Save data table: Recovery_Analysis:Plate Name.jmp
Recovery_Analysis:Plate Name
...
For example the following JSL
Does it finish adding scripts and then stop working?Thanks!dt = Open( "$SAMPLE_DATA/Big Class.jmp" );
Eval(
Parse(
"dt<<new script(\!"test\!",
dt<<Select Columns(ncol(dt));dt<<Move Selected Columns(after(Column(1)));
"
)
);
//??
New Column( "AA" );
I was trying to write a function to join dt2 to dt1, however, I cannot get it to work at all... The error I got is "Name Unresolved: TrimTable at row 1 in access or evaluation of 'TrimTable' , TrimTable( dt1[1] ) /*###*/"
What is wrong?
Much appreciated for the help!
join_data_table = Function({dt1, dt2},
{Default Local},
dt_1 = TrimTable(dt1[1]);
dt_2 = TrimTable(dt2[1]);
dt_1 << Join(
...
We want to investigate the way which is suitable for searching predict and forecasting of medical region.
For example, using stepwise parameter analysis, partial results of marketing will be used by data driven.
Moreover we want to develop marketing extensive predictive analysis from marketing perspective.
what is the reason for this warning - what does it mean?
(JMP 17, MacOS) I have a JSL scripts that creates multiple graph builder charts, but in some of them, and it's not repeatable always - some of the x groups are getting different height, causing also the data plotted to be shifted. Another issue - is that I can't set the X group lables text to be 90 degrees rotated to fit long strings without making the chart too wide. This is supported for X var...
Hi everyone, I'm currently engaged in a process development project with the goal of 1) minimizing the total process time while 2) maintaining or enhancing the yield. This objective is similar to viral vector production case, where maximizing virus yield in the shortest production time is crucial. After consulting with subject matter experts, we've pinpointed 10 factors for potential modification....
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REGISTER HERE *** Note that this webinar starts at a different time than the other Fall 2025...
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